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15:00 |
O 16.1 |
Fast and quantitative nanomechanical mapping using photothermal off-resonance tapping atomic force microscopy (AFM) — •Gunstheimer Hans, Fläschner Gotthold, Adams Jonathan, Hölscher Hendrik, and Hoogenboom Bart
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15:15 |
O 16.2 |
Multifrequency Excitation and High Dynamic Range Tunneling Spectroscopy — Philipp E.J. Maier, Ajla Karić, Carolina A. Marques, Berk Zengin, and •Fabian D. Natterer
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15:30 |
O 16.3 |
Dynamics on the atomic-scale: Use and limitations of stochastic resonance spectroscopy — •Nicolaj Betz, Vivek K. Rajathilakam, Laëtitia Farinacci, Susan N. Coppersmith, Susanne Baumann, and Sebastian Loth
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15:45 |
O 16.4 |
From experiments to insights: processing tool for SPM images with periodic pattern — •Farzin Irandoost, Fillippo Federici Canova, Tobias Dickbreder, Franziska Sabath, Angelika Kühnle, and Adam S. Foster
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16:00 |
O 16.5 |
True Alternating Current Scanning Tunneling Microscope (ACSTM): tunneling on insulators — •Marcel Rost and Milan Allan
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16:15 |
O 16.6 |
STM-induced luminescence with a parabolic mirror - millions of counts — •Yannis Hilgers, Andreas Reutter, Mike Stummvoll, Markus Etzkorn, and Uta Schlickum
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16:30 |
O 16.7 |
Momentum-polarized microscopy with van der Waals scanning probe tip. — •Abhisek Kole, Frank Stefan Tautz, Markus Ternes, Jose Martinez Castro, and Felix Lüpke
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16:45 |
O 16.8 |
Image-to-molecule translation for high-resolution SPM images — •Lauri Kurki, Jie Huang, Niko Oinonen, and Adam S. Foster
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17:00 |
O 16.9 |
Scanning Quantum Microscopy for 2D Superconductors — •Ruoming Peng, Malik Lenger, Sreehari Jayaram, and Joerg Wrachtrup
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17:15 |
O 16.10 |
A high-throughput ESR-STM setup at mK temperatures — •Máté Stark, Jonas Arnold, Luise Renz, Johannes Schwenk, Christoph Sürgers, Wolfgang Wernsdorfer, and Philip Willke
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17:30 |
O 16.11 |
Molecular Identification via Molecular Fingerprint extraction from Atomic Force Microscopy images — •Manuel González Lastre, Pablo Pou, Miguel Wiche, Daniel Ebeling, Andre Schirmeisen, and Rubén Pérez
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17:45 |
O 16.12 |
The Josephson effect in the dynamical Coulomb blockade regime with high energy resolution — •Xianzhe Zeng, Janis Siebrecht, Haonan Huang, Sujoy Karan, Klaus Kern, and Christian R. Ast
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